At the IVAM joint booth in Hall 13, we will present our development highlights under the slogan “Microsensors for tomorrow’s world” at Compamed 2021 in Düsseldorf. Dr. Martin Schädel reports on “Optical Blood Pressure Monitoring with PPG Sensors” at the COMPAMED HIGH-TECH Forum by IVAM
ams & CiS Forschungsinstitut enter into strategic R&D partnership. Both partners expect synergy effects from the cooperation in order to make innovative optical sensor solutions for the acquisition of vital data available to patients and end users in the form of wearables and hearables in the near future
The CiS Research Institute has been working for more than 10 years on the development of photoplethysmographic sensors for the continuous measurement of vital parameters such as heart rate, heart rate variability and blood oxygen saturation. The most recent result is a miniaturised sensor that also monitors blood pressure in the ear
At the CiS Research Institute, photoplethysmographic sensors have been developed that enable detailed shape analysis of pulse waves measured in the ear with a high signal-to-noise ratio
The CiS Research Institute starts developments on a miniaturized optical sensor for investigations of blood flow velocity in the skin. The sensor principle is based on the laser Doppler method. Here, elastic scattering at the moving blood components causes a shift of the light wavelength, which becomes measurable by coherent superposition with the excitation light
A mobile biofeedback system, which records the patient’s vital parameters measured in the external auditory canal, analyzes them with the help of a smartphone app and evaluates them individually, has been developed by the CiS Research Institute together with medical experts and industry partners
The CiS Research Institute starts developments on a miniaturized optical sensor for investigations of blood flow velocity in the skin. The sensor principle is based on the laser Doppler method
According to a study published in 2003 by the NFO World Group, around 15 million people in Germany suffer from chronic pain. An interdisciplinary team of physicians, engineers and software developers wants to support their medical treatment
The basis of the biofeedback system is the analysis of vital parameters measured in the external auditory canal. Sensors determine the optical density of the rhythmically perfused tissue. This allows conclusions to be drawn about local blood flow and the systems regulating blood flow. These include, above all, cardiac activity, respiration and thermoregulation, which in turn are under the influence of the autonomic nervous system
Vital parameter measurement and biofeedback therapy – combined in one ear device. The basis of the ear biofeedback system is the analysis of vital parameters measured at the ear
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Tel.: +49 361 663 1410
E-Mail: info@cismst.de
